This resource provides information about Mathematical Modeling and how it was used in our classrooms. It contains the basics of math modeling and relates to a community event.

This lesson plan describes a series of activities to take students on a journey through the mathematical modeling process that eventually gets them to answer the question: What item(s) should be sold at the concession stand for us to raise enough money for a celebration? This lesson was created using the Math Modeling Lesson Plan template by EQSTEMM at www.eqstemm.org. Contact Jennifer Suh at jsuh4@gmau.edu. 

This resource consists of a set of slides for a 3rd grade math task designed to include Math Modeling routines as outlined by Dr. Suh's EQSTEMM Project.

We adapted this lesson from resources provided by EQ STEMM . This resource is intended to proide information about Mathematical Modeling and how it was used in my classroom over the past few months. It contains the basics of math modeling as well as resources to implement a specific making task. 

Kindergarten Lesson involving Math modeling practices including: Notice and wondering, quantities and assumptions, sharing of student ideas, what if questions, and other key components.

Mathematical modeling has the potential to “re-humanize” mathematics (Gutierrez, 2018) by providing students opportunities to make mathematical connections to themselves and the world around them.  The Making Picture Frames  project emphasizes a culturally responsive approach to math modeling instruction. By tapping into students’ funds of knowledge and diverse mathematical thinking; opening access to high cognitive demand activities with high supports; and promoting collaboration and collective action to solve problems, mathematical modeling provides an enriching space for students and their teachers to thrive.  We used the Mathematizing the World routine to promote critical thinking as students worked together to analyze and solve real world situations that lead to a Making Task in which students had to figure out how many popsicle sticks were needed so that our class could make picture frames for our caregiver.   This lesson and routines were modified from EQSTEMM resources https://www.eqstemm.org/home 

In this lesson,  students will learn about what nutrition requirements a school needs to abide by for snacks and drinks for a middle school vending machine.  Learners will work together to come up with additional options that are cheaper and healther for a local middle school's vending machine.  By engageing in a decision matrix, one new snack and one new drink will presented to the principal.  

This resource is intended to share the work done in my classroom around mathematical modeling. It outlines what mathematical modeling is and dives into a specific task completed in my classroom. I hope this resource is helpful to others looking to use process as well!

This resource is intended to provide information about Mathematical Modeling and how it was used in my classroom over the past few months. It contains the basics of math modeling as well as resources to implement a specific making task. 

The Making Bird Feeders project emphasizes a culturally responsive approach to math modeling instruction. By tapping into students’ funds of knowledge and diverse mathematical thinking; opening access to high cognitive demand activities with high supports; and promoting collaboration and collective action to solve problems, mathematical modeling provides an enriching space for students and their teachers to thrive.  We used the Mathematizing the World routine and Know and Need to Know routine to promote critical thinking as students worked together to analyze and solve real world situations that lead to a Making Task in which students had to figure out how many egg cartons were needed so that our class could make bird feeders.  This lesson and routines were modified from EQSTEMM resources https://www.eqstemm.org/home

This single-page resource was created to simplify the process and aspects of mathematical modeling in an easy-to-use overview. 

Refer to the attached pdf document for an understanding of what mathematical modeling is, why it is important, how it connects to our WI math standards, 2 examples for use, as well as additional resource links.

This resource is a one pager to provide educators quick access to what mathematical modeling is and how to mathematize the world. This resource also provides the steps of mathemtizing as well as the framework visual.

This single-page resource is crafted with families in mind, aiming to explain mathematical modeling, its benefits, and ways families can assist their child(ren) in grasping the links between math and our everyday experiences.

This is an overview of Mathematizing The World routines.This material was adapted from lessons learned from EQSTEMM.  

This resource provides information about Mathematical Modeling and how it was used in our classrooms. It contains the basics of math modeling and relates to an event held in our community.

Mathematical modeling has the potential to “re-humanize” mathematics (Gutierrez, 2018) by providing students opportunities to make mathematical connections to themselves and the world around them. Nathaniel's Kite Project emhasizes a culturally responsive approach to math modeling instructions.  By tapping into students’ funds of knowledge and diverse mathematical thinking; opening access to high cognitive demand activities with high supports; and promoting collaboration and collective action to solve problems, mathematical modeling provides an enriching space for students and their teachers to thrive.  We used the Mathematizing the World routine and the If I Knew Then I Could routine to promote critical thinking as students worked together to analyze and solve real world situations that lead to a Making Task in which students had to figure out how much material and the cost of making class tetrahedron kites.